Nazdar 2800 LED Ink - High Intensity Black
| Color: | High Intensity Black |
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- Description
- Benefits & Specifications
- Resources
2800 Series LED Decal Screen Ink is formulated to cure using a LED output source at 395 nanometers. This ink series is intended for decals used in the Durable Graphic Market. 2800 Series exhibits excellent chemical resistance and exterior durability. These inks will thermal die cut and accept pre-mask.
The use of LED curing systems rather than traditional mercury vapor curing units reduces energy costs, reduces heat within the curing process and provides significantly longer lamp life.
SUBSTRATES:
- Pressure-sensitive calendered vinyls
- Pressure-sensitive cast vinyls (for extended outdoor weather)
- Print treated polyesters
2800 Series LED Decal Screen Ink is formulated to cure using a LED output source at 395 nanometers. This ink series is intended for decals used in the Durable Graphic Market. 2800 Series exhibits excellent chemical resistance and exterior durability. These inks will thermal die cut and accept pre-mask.
The use of LED curing systems rather than traditional mercury vapor curing units reduces energy costs, reduces heat within the curing process and provides significantly longer lamp life.
SUBSTRATES:
- Pressure-sensitive calendered vinyls
- Pressure-sensitive cast vinyls (for extended outdoor weather)
- Print treated polyesters
Disclaimer: Substrate recommendations are based on commonly available materials intended for the ink’s specific market when the inks are processed according to this technical data. While technical information and advice on the use of this product is provided in good faith, the User bears sole responsibility for selecting the appropriate product for their end-use requirements. Reference the ‘Quality Statement’ at the end of this document.
Ink swatch colors are designed to help ordering and are an approximation only and should not be used for color matching.
Adhesion should always be tested as adhesion depends upon curing conditions, age and manufacturer of the substrate. Adhesion may be improved when the substrate is cleaned with a suitable solvent such as isopropanol.